How to Download Android Studio in Windows 11

If you’re planning to start Android app development, Android Studio is the official IDE you need. It’s packed with everything developers require to build, test, and debug Android apps efficiently. Whether you’re a beginner learning Android development or a professional setting up a new workspace, installing Android Studio properly on Windows 11 is the first step toward a smooth experience.

In this detailed guide, we’ll walk you through how to download and install Android Studio on Windows 11, including system requirements, setup steps, and initial configuration to get your development environment ready.

What Is Android Studio?

Android Studio is Google’s official Integrated Development Environment (IDE) for Android app development. Built on IntelliJ IDEA, it provides a full suite of tools such as:

  • A powerful code editor for Java, Kotlin, and C++
  • Android Emulator for testing apps
  • Built-in SDK Manager and Gradle support
  • Smart code completion and debugging tools
  • Layout editor for designing app interfaces

It’s the go-to tool for anyone building Android apps — from hobbyists to professionals.

System Requirements for Android Studio on Windows 11

Before downloading Android Studio, make sure your PC meets the minimum system requirements.

ComponentMinimum Requirement
Operating SystemWindows 11 (64-bit)
RAM8 GB minimum (16 GB recommended)
StorageAt least 10 GB free (SSD recommended)
ProcessorIntel Core i5 or higher / AMD Ryzen
GraphicsHardware acceleration (Intel, AMD, or NVIDIA)
Java VersionBundled with Android Studio (no need to install manually)

Tip: Using an SSD significantly improves build and emulator performance.

Step 1: Download Android Studio for Windows 11

  1. Open your browser and go to the official Android Studio download page: https://developer.android.com/studio
  2. On the homepage, click the “Download Android Studio” button.
  3. Accept the Terms and Conditions by checking the agreement box.
  4. Click the Download button for the Windows version.
    This will download a .exe installer file, usually named like: android-studio-2024.3.1.12-windows.exe

Important: Always download Android Studio from the official Google Developer website to avoid modified or unsafe versions.

Step 2: Run the Installer

Once the installer has finished downloading:

  1. Navigate to your Downloads folder.
  2. Double-click the downloaded .exe file to launch the setup wizard.
  3. Click Next to begin installation.
  4. When prompted, ensure both options are checked:
    • Android Studio
    • Android Virtual Device (AVD)
  5. Click Next → choose the installation location (default is fine): C:\Program Files\Android\Android Studio
  6. Click Install and wait for the setup to complete.
  7. Once finished, click Finish to launch Android Studio for the first time.

Step 3: Complete Initial Setup in Android Studio

When you open Android Studio for the first time:

  1. You’ll be prompted to import previous settings.
    • Select Do not import settings if this is your first installation.
  2. Next, choose the UI Theme:
    • Light or Dark (Darcula).
  3. Android Studio will then begin the Setup Wizard to install additional components like the Android SDK and Emulator.
  4. Select the Standard installation type (recommended).
  5. Click Next → Finish to begin downloading necessary SDK files.

This may take several minutes depending on your internet speed.

Step 4: Verify Android SDK Installation

Android Studio installs the Android SDK by default, but it’s good practice to check it manually:

  1. Open Android Studio.
  2. Go to File → Settings → Appearance & Behavior → System Settings → Android SDK.
  3. Ensure the latest SDK Platform (e.g., Android 14 or 15) is installed.
  4. You can also install older versions by checking their boxes and clicking Apply.

The SDK Manager also lets you install:

  • Android SDK Build-Tools
  • Android Emulator
  • Platform Tools (ADB & Fastboot)

Step 5: Set Up an Android Virtual Device (Emulator)

The Android Emulator allows you to test apps on virtual devices without needing a physical phone.

  1. In Android Studio, go to Tools → Device Manager.
  2. Click Create Device.
  3. Choose a device profile (e.g., Pixel 8 Pro) and click Next.
  4. Select a System Image (like Android 14 or 15) → Download → Next.
  5. Click Finish to create your emulator.
  6. Now click the Play ▶️ icon next to your new virtual device to launch it.

Once it boots up, you can run and test your apps on it.

Step 6: Verify Installation with a Sample Project

To make sure Android Studio is working correctly:

  1. From the Welcome screen, click New Project.
  2. Choose Empty ActivityNext.
  3. Enter:
    • Name: MyFirstApp
    • Language: Kotlin or Java
    • Minimum SDK: Android 8.0 (API 26) or higher
  4. Click Finish.

Android Studio will create a sample app project and sync Gradle automatically.
Once completed, click Run ▶️ to launch it on your emulator.

If you see your app running on the Android Virtual Device, congratulations — your setup is complete! 🎉

Step 7: Configure Environment Variables (Optional)

Android Studio usually handles environment setup automatically. However, if you plan to use adb (Android Debug Bridge) or Gradle commands from the command line, you can manually add SDK paths:

  1. Open Settings → System → About → Advanced system settings.
  2. Click Environment Variables.
  3. Under System Variables, select Path → Edit → New.
  4. Add this path (adjust for your installation directory): C:\Users\<YourName>\AppData\Local\Android\Sdk\platform-tools
  5. Click OK to save.

Now you can run ADB commands directly from Command Prompt.

Wrapping Up

Installing Android Studio on Windows 11 is simple once you know the right steps. With the IDE, SDK, and emulator properly configured, you’re ready to start building and testing your Android apps with ease.

Whether you’re learning mobile development or building production apps, Android Studio provides all the essential tools to make your workflow fast and efficient.

Posted by Arpita

With a background in Computer Science, she is passionate about sharing practical programming tips and tech know-how. From writing clean code to solving everyday tech problems, she breaks down complex topics into approachable guides that help others learn and grow.